Evaporative air cooling tower

1. An evaporative air cooling tower, comprising:

a housing defining an interior of the evaporative air cooling tower;

a grill coupled to the housing and defining openings;

a tank positioned adjacent to a bottom portion of the housing, wherein the tank is configured to receive and store liquid;

a tray positioned adjacent to a top portion of the housing, wherein the tray is configured to receive and release the liquid;

a hose in fluid communication with the tank and the tray;

a pump configured to pump the liquid from the tank to the tray through the hose;

a filter structure comprising filters configured to receive the liquid from the tray; and

a fan configured to draw air into the interior, wherein the air is cooled by at least one of the filters and directed out of the interior through the openings,

wherein the filter structure further comprises filter holders configured to receive and secure the filters,

wherein the filter holders are positioned between two sides of the filter structure, and the filter holders have slits positioned between 5-85 degrees relative to at least one of the two sides and configured for receiving each of the filters respectively, and

wherein each of the filters is arranged substantially parallel to each other such that an opening passage defined between two adjacent filters is angled between 5-85 degrees for the air to flow through the opening passage.

2. The evaporative air cooling tower of claim 1 , wherein the filter structure is coupled to a filter tray configured to receive the liquid from the tray and defining filter tray openings configured for the liquid to flow through and onto at least one of the filters.

3. The evaporative air cooling tower of claim 2 , wherein the filter structure further comprises a second filter in fluid communication with at least one of the filters and the filter tray.

4. The evaporative air cooling tower of claim 3 , wherein at least one of the filters and the second filter is formed from a sponge material.

5. The evaporative air cooling tower of claim 2 , wherein the tray comprises an outlet configured to release the liquid from the tray toward the filter tray.

6. The evaporative air cooling tower of claim 1 , wherein the housing is formed in a substantially rectangular shape.

7. The evaporative air cooling tower of claim 1 , further comprising a motor operatively coupled to the housing, wherein the motor is configured to rotate the housing.

8. The evaporative air cooling tower of claim 7 , wherein the motor is configured to oscillate the housing.

9. The evaporative air cooling tower of claim 1 , wherein the fan is configured to rotate 360 degrees.

10. The evaporative air cooling tower of claim 1 , wherein the grill is configured to removably couple to the housing;

wherein the filter structure is configured for removal from the interior;

wherein the filter structure and at least one of the filters is washable and reusable; and

wherein at least one of the filters is configured to store the liquid.

11. The evaporative air cooling tower of claim 10 , further comprising a safety interlock configured to prevent operation of the evaporative air cooling tower if at least one of the grill and the filter structure is removed from the housing.

12. An evaporative air cooling tower, comprising:

a housing defining an interior of the evaporative air cooling tower;

a grill removably coupled to the housing and defining openings;

a tank positioned adjacent to a bottom portion of the housing, wherein the tank is configured to receive and store liquid;

a tray comprising an outlet, the tray being positioned adjacent to a top portion of the housing, wherein the tray is configured to receive the liquid from the tank and release the liquid through the outlet;

a hose in fluid communication with the tank and the tray;

a pump configured to pump the liquid from the tank to the tray through the hose;

a filter structure comprising filters and a filter tray, the filter tray configured to receive the liquid from the tray and defining filter tray openings configured for the liquid to flow through and onto at least one of the filters;

a fan configured to draw air into the interior, wherein the air is cooled by at least one of the filters and directed out of the interior through the openings; and

a motor coupled to the housing, wherein the motor is configured to rotate the housing,

wherein the filter structure further comprises filter holders configured to receive and secure the filters,

wherein the filter holders are positioned between two sides of the filter structure, and the filter holders have slits positioned between 5-85 degrees relative to at least one of the two sides and configured for receiving each of the filters respectively, and

wherein each of the filters is arranged substantially parallel to each other such that an opening passage defined between two adjacent filters is angled between 5-85 degrees for the air to flow through the opening passage.

13. The evaporative air cooling tower of claim 12 , wherein the filter structure further comprises a second filter in fluid communication with at least one of the filters and the filter tray, wherein at least one of the filters and the second filter is formed from a sponge material.

14. The evaporative air cooling tower of claim 12 , wherein the housing is formed in a substantially rectangular shape.

15. The evaporative air cooling tower of claim 12 , wherein the filter structure is configured for removal from the interior;

wherein the filter structure and at least one of the filters is washable and reusable; and

wherein at least one of the filters is configured to store the liquid.

16. An evaporative air cooling tower, comprising:

a housing defining an interior of the evaporative air cooling tower;

a grill removably coupled to the housing and defining openings;

a tank positioned adjacent to a bottom portion of the housing, wherein the tank is configured to receive and store liquid;

a tray comprising an outlet, the tray being positioned adjacent to a top portion of the housing, wherein the tray is configured to receive the liquid and release the liquid through the outlet;

a hose in fluid communication with the tank and the tray;

a pump configured to pump the liquid from the tank to the tray through the hose;

a filter structure comprising a filter tray and filters, wherein the filter tray defines filter tray openings and is configured to receive the liquid from the tray and direct the liquid to through the filter tray openings to the filters, wherein at least one of the filters is formed from a sponge material;

a fan configured to draw air into the interior, wherein the air is cooled by at least one of the filters and directed out of the interior through the openings, wherein the fan is configured to rotate; and

a motor coupled to the housing, wherein the motor is configured to oscillate the housing,

wherein the filter structure further comprises filter holders configured to receive and secure the filters,

wherein the filter holders are positioned between two sides of the filter structure, and the filter holders have slits positioned between 5-85 degrees relative to at least one of the two sides and configured for receiving each of the filters respectively, and

wherein each of the filters is arranged substantially parallel to each other such that an opening passage defined between two adjacent filters is angled between 5-85 degrees for the air to flow through the opening passage.

17. The evaporative air cooling tower of claim 16 , the filter structure further comprising:

a second filter in fluid communication with at least one of the filters and the filter tray, wherein at least one of the filters is configured to receive the liquid from the filter tray and distribute the liquid to at least one of the filters;

wherein the two sides of the filter structure are substantially parallel to each other.